JP2017188158A - Image transmission system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an image transmission system that enables a person watching a developed image displayed on a display screen in an appearance time order to easily understand the state of a changing phenomenon in association with the appearance time.SOLUTION: This image transmission system transmits a developed image A to a terminal device 1 so as to display the developed image A image-displaying a phenomenon changed with time on the display screen 1a of the terminal device 1 in a development appearance time order. The developed image A is transmitted to the terminal device 1 so that a time mark 3 indicating the development appearance time can be displayed at a position in the display area 1b of the display screen 1a, the position being indicated by a pointer 9a when the pointers 9a and 9b of a virtual analog display clock 9 regarding the image display area a2 of the developed image A or the display area 1b of the display screen 1a as a character plate indicate the appearance time.SELECTED DRAWING: Figure 2

Description

  The present invention provides an image for transmitting the phenomenon image to the terminal device so that the phenomenon image displaying the phenomenon that changes with the passage of time is displayed in order of appearance of the phenomenon on the display screen of the terminal device. Regarding the transmission system.

The image transmission system may transmit the phenomenon image to the terminal device so that the phenomenon image displaying the phenomenon that changes with the passage of time is displayed in order of appearance of the phenomenon on the display screen of the terminal device. it can.
For this reason, it is easy for a person watching a phenomenon image displayed on the display screen of the terminal device to understand how the phenomenon changes.

Non-Patent Document 1 shows a website that operates a conventional image transmission system. A precipitation distribution map image in which an hourly precipitation distribution is displayed on a map is displayed on a display screen of a computer device. The precipitation distribution map images can be transmitted to the computer device via the Internet so that the images are displayed in the order of their appearance times.
The precipitation distribution map image corresponds to a phenomenon image in which a phenomenon (precipitation distribution) that changes with the passage of time is displayed as an image.

  In this image transmission system, a character image indicating the appearance time of the precipitation distribution as a character image is displayed together with the precipitation distribution, and an automatic playback button for instructing the start of the animation display of the precipitation distribution map image; A time index indicating the appearance time of the currently displayed precipitation distribution is displayed on the display screen.

When the automatic playback button is clicked, the time index corresponds to the “appearance time of precipitation distribution displayed at the end of video display” from the position corresponding to “appearance time of precipitation distribution displayed at the start of video display”. Move linearly toward the position.
A time scale is displayed on the movement route of the time index.

  In this image transmission system, a method of reading the appearance time of the currently displayed precipitation distribution will be described so that the manner in which the precipitation distribution changes can be understood in association with the appearance time.

  As a method of reading such an appearance time, a method of reading from a character image displayed on the currently displayed precipitation distribution map image, and a time indicator that moves as the precipitation distribution map images are displayed in order of appearance time There is a method of reading from the time scale pointed to.

Since the method of reading the appearance time from the character image is obvious, a method of reading the appearance time from the time scale indicated by the time index will be described.
Clicking the automatic playback button displays precipitation distribution map images in the order of precipitation distribution appearance time, and at the same time, from the position corresponding to the time index “appearance time of precipitation distribution displayed at the start of video display” A linear movement toward the position corresponding to the “appearance time of precipitation distribution displayed at the end of display” is started.

  Then, at the time when the time index is moving, the “appearance time of the currently displayed precipitation distribution” can be read from the time scale indicated by the time index.

NHK News: Weather Disaster Information | Data Map, [online], [Search July 12, 2017], Internet <URL: http://www3.nhk.or.jp/weather/rain/radar.html>

  When reading the appearance time from the character image displayed in the precipitation distribution map image, the person who is looking at the precipitation distribution map image displayed on the display screen is the next displayed precipitation distribution map image It is necessary to read the appearance time before the displayed precipitation distribution map image.

  When reading the appearance time from the time scale indicated by the time indicator, the person who is viewing the precipitation distribution map image displayed on the display screen will display the currently displayed precipitation distribution map image next. Before changing to the precipitation distribution map image, it is necessary to read the appearance time from the time scale indicated by the time index.

  Therefore, in order to read the appearance time of precipitation distributions displayed in order of appearance time, in any case, the gaze of viewing the precipitation distribution in accordance with the timing when the precipitation distribution map image is displayed in order of appearance time It is necessary to quickly read the appearance time while frequently switching the line of sight to the line of sight of the time scale indicated by the character image or the time index.

  However, it is difficult to actually perform complicated operations such as quickly reading the appearance time while frequently switching the eyes according to the timing when the precipitation distribution map image is displayed in order of appearance time, and the precipitation distribution changes It is the actual situation that it is difficult to understand in relation to the appearance time.

  An object of the present invention is to provide an image transmission system in which a person watching a phenomenon image displayed in the order of appearance time on a display screen can easily understand a state in which the phenomenon changes in association with the appearance time.

  The characteristic configuration of the image transmission system according to the present invention is to display the phenomenon image in such a manner that a phenomenon image in which a phenomenon that changes with the passage of time is displayed is displayed in order of appearance of the phenomenon on the display screen of the terminal device. In the image transmission system for transmitting to the terminal device, the time mark indicating the appearance time of the phenomenon is a position in the display area of the display screen, and the image area of the phenomenon image or the display area of the display screen The phenomenon image is transmitted to the terminal device so that a pointer of a virtual analog display type clock that is regarded as a dial is displayed at a position indicated by the pointer when the appearance time indicates the appearance time. .

  In the image transmission system according to the present invention, it is more preferable that the phenomenon image is transmitted to the terminal device so that the time mark is displayed at a peripheral portion of the image region or a peripheral portion of the display region.

  In the image transmission system according to the present invention, the phenomenon image is displayed on the display screen of the terminal device in the order of the appearance time of the phenomenon, and the time mark indicating the appearance time of the phenomenon is displayed at a position in the display area of the display screen. The phenomenon image can be transmitted to the terminal device.

  When the time mark is displayed at a position in the display area of the display screen, the time mark indicates the appearance time of a virtual analog display type clock that considers the image area of the phenomenon image or the display area of the display screen as a dial. The phenomenon image can be transmitted to the terminal device so that the pointer is displayed at the position where the pointer is pointing.

  In other words, the time mark indicating the appearance time of the phenomenon can be displayed on the display screen while the phenomenon image is displayed in the order of the appearance time and is moved clockwise so as to be pointed by the pointer of the clock according to the appearance time. it can.

  For this reason, a person watching a phenomenon image displayed on the display screen in the order of appearance time does not particularly change the position of the time mark displayed while moving as indicated by the pointer of the clock according to the appearance time. It is easy to intuitively and quickly read the appearance time of the phenomenon displayed by the phenomenon image while looking at the phenomenon image with the same feeling as when looking at the clock.

  In addition, instead of displaying the dial of an analog display type clock over the image area of the phenomenon image or the display area of the display screen, a virtual analog that regards the image area of the phenomenon image or the display area of the display screen as a dial The phenomenon image displayed on the display screen is displayed because the phenomenon image is transmitted to the terminal device so that the time mark is displayed at the position indicated by the pointer when the pointer of the display type clock indicates the time of appearance. There is no risk of being blocked by the dial.

Therefore, a person watching a phenomenon image displayed in the order of appearance time on the display screen frequently switches the line of sight of the phenomenon image, or the appearance time of the phenomenon currently displayed before the phenomenon image changes The appearance time is intuitively read quickly from the position of the time mark detected while viewing the phenomenon image, and the change of the phenomenon is easily associated with the appearance time without being complicated.
In addition, there is no possibility that the phenomenon image displayed on the display screen is obstructed by the dial so that it is difficult to see, and the visibility of the phenomenon image is unlikely to decrease.

The image transmission system according to the present invention can transmit the phenomenon image to the terminal device so that the time mark is displayed on the periphery of the image area or the periphery of the display area.
In this case, as the phenomenon images are displayed in the order of appearance time, the time mark is displayed so as to move in the clockwise direction around the image area or the display area in accordance with the appearance time. Is unlikely to interfere with viewing the phenomenon image.

  Further, since the time mark can be displayed so as to move a long distance along the peripheral part of the image area or the peripheral part of the display area in accordance with the appearance time, it is easier to detect the position of the time mark.

  It is known that when a person views an image, there are central vision and peripheral vision. The central vision is suitable for accurately capturing a point of interest in an image with a gaze using the central part of the retina. Peripheral vision is suitable for capturing the movement of the peripheral part of an image with a vaguely visible appearance using the peripheral part of the retina.

  Therefore, when a time mark is displayed at the periphery of the image area of the phenomenon image or at the periphery of the display area of the display screen, the point of interest of the phenomenon image is accurately captured in the central view, and in a clockwise direction according to the appearance time. It is easy to detect the position of the time mark displayed so as to move with peripheral vision.

It is a block diagram which shows schematic structure of an image transmission system. It is explanatory drawing of the image for transmission of Example 1 displayed on the display screen of the television receiver. It is explanatory drawing of the image for transmission of Example 1 transmitted in order of appearance time of a phenomenon. 2 is an explanatory diagram illustrating a transmission image and a creation method thereof according to the first embodiment. It is explanatory drawing which shows the image for transmission of Example 2, and its preparation method. It is explanatory drawing which shows the image for transmission of Example 3, and its preparation method. It is explanatory drawing which shows the image for transmission of Example 4, and its preparation method. FIG. 10 is an explanatory diagram illustrating an image for transmission according to a fifth embodiment. It is explanatory drawing of the image for transmission of Example 6 displayed on the display screen of the television receiver. It is explanatory drawing which shows the image for transmission of Example 6, and its preparation method.

  Embodiments of the present invention will be described below with reference to the drawings.

1 to 4 show [Embodiment 1] of the present invention.
In the present embodiment, as a phenomenon image, a weather map image A in which an atmospheric pressure arrangement, which is an example of a phenomenon that changes with the passage of time, is displayed on a map as an image is illustrated, and a television receiver 1 is used as a terminal device. Illustrate.

  FIG. 1 is a block diagram showing a schematic configuration of an image transmission system 2 according to the present invention, FIG. 2 is an explanatory diagram of a transmission image C displayed on the display screen 1a of the television receiver 1, and FIG. FIG. 4 is an explanatory diagram showing a plurality of transmission images C (C1, C2, C3, C4) transmitted in order, and FIG.

  As illustrated in FIGS. 1 to 3, the image transmission system 2 displays the weather map image A on the display screen 1 a of the television receiver 1 in the same size as the display screen 1 a in the order of appearance of the atmospheric pressure arrangement, and A plurality of weather map images A are wirelessly transmitted to the television receiver 1 so that a time mark 3 indicating an appearance time (9 pm in FIG. 2) is displayed at a peripheral position in the display area 1b of the display screen 1a. The program broadcasting device 4 is provided.

  As illustrated in FIG. 1, the program broadcast device 4 includes an image creation unit 5 that creates a transmission image C to be transmitted to the television receiver 1, and a signal generation unit 6 that creates a broadcast signal S of the transmission image C. And an image transmission unit 7 that transmits the generated broadcast signal S to the television receiver 1 and a control unit 8 that controls the operation of these units.

  The image creation unit 5 includes a weather map image server 5a, a landmark image server 5b, and an image composition unit 5c, and the weather map image A is displayed on the display screen 1a of the television receiver 1 as illustrated in FIGS. The weather map image A is displayed on the entire surface in the order of the appearance time of the atmospheric pressure arrangement, and the weather mark image A is displayed so that the time mark 3 indicating the appearance time is displayed at the peripheral position in the display area 1b of the display screen 1a. A transmission image C (C1, C2, C3, C4) for each appearance time to be transmitted to is created.

A method for creating the transmission image C will be described.
The weather map image server 5a stores a plurality of weather map images A created corresponding to each appearance time.
In each weather map image A, a barometric arrangement corresponding to each appearance time set at regular time intervals is displayed in advance together with a character image a1 indicating the appearance date and time in a superimposed manner on the map.

  Specifically, the weather map image A is set every time one hour e.g. starts at 0 pm at a specific time of 9:00 pm, such as 10:00 pm, 11:00 pm A barometric arrangement at each appearance time and a character image a1 indicating the appearance date and time are displayed.

The mark image server 5b stores a plurality of mark images B on which time marks 3 indicating the appearance time of the atmospheric pressure arrangement are displayed.
Each landmark image B is created in advance corresponding to each appearance time set at the same fixed time interval as the weather map image A.

  In the present embodiment, as illustrated in FIG. 2, the weather map image A for each appearance time set at one hour intervals is displayed on the entire surface of the display screen 1a. Therefore, the landmark image B is illustrated in FIG. In addition, a virtual analog display type clock that is located in the area corresponding to the display area 1b of the display screen 1a and that the entire image area a2 of the weather map image A (display area 1b of the display screen 1a) is regarded as a dial. When the hour hand 9a and the minute hand 9b, which are the nine pointers, indicate the time of appearance, the time mark 3 is displayed only at the peripheral position corresponding to the position indicated by the hour hand 9a.

  Specifically, each landmark image B is one hour in which the hour hand 9a and the minute hand 9b of the virtual analog display type clock 9 start from 0:00 am, and the time is 1:00 am and 2:00 am. A straight bar-shaped time mark 3 is displayed along the direction indicated by the hour hand 9a at a position corresponding to the position indicated by the hour hand 9a when the interval time is indicated.

  As illustrated in FIG. 4, the image composition unit 5 c acquires the weather map image A from the weather map image server 5 a and marks the landmark image B corresponding to the appearance time of the atmospheric pressure arrangement indicated by the acquired weather map image A. Acquired from the image server 5b, the acquired weather map image A and the landmark image B are combined to create a transmission image C (C1, C2, C3, C4) for each appearance time.

  In the transmission image C, the weather mark image A is an image of the weather map image A at a position where the hour hand 9a of the virtual analog display type clock 9 indicates the corresponding appearance time by combining the weather map image A and the mark image B. It is created so as to be displayed overlaid on the periphery of the area a2.

  The signal generation unit 6 generates a broadcast signal S of the created transmission image C, and the image transmission unit 7 generates the generated broadcast signal S in frame-by-frame format in the order in which the weather map images A appear in the atmospheric pressure arrangement. It transmits to the television receiver 1 in order of appearance time so that it may be displayed on the display screen 1a.

  Therefore, as shown in FIG. 3, by transmitting a plurality of transmission images C (C1, C2, C3, C4) to the television receiver 1 in the order of appearance time of the atmospheric pressure arrangement, as shown in FIG. The image A is displayed on the display screen 1a in order of appearance time of the atmospheric pressure arrangement.

  That is, as shown in FIGS. 2 and 3, the weather map image A is displayed on the display screen 1a of the television receiver 1 in the order of appearance time, and the position in the display area 1b of the display screen 1a is the image area. When the hour hand 9a and the minute hand 9b of the virtual analog display type clock 9 that considers the entire a2 (display area 1b) as a dial plate indicates the time of appearance, the time mark 3 is displayed at the position indicated by the hour hand 9a. The

  Incidentally, in FIG. 3, the image C1 for transmission is an image for transmitting the weather map image A so that the time mark 3 indicating the appearance time of 9:00 pm is displayed, and the image C2 for transmission is 10:00 pm An image for transmitting the weather map image A so that the time mark 3 indicating the appearance time is displayed, and the image C3 for transmission is the weather map image A so that the time mark 3 indicating the appearance time of 11:00 pm is displayed. The transmission image C4 is an image for transmitting the weather map image A so that the time mark 3 indicating the appearance time of 0:00 am is displayed.

  The image C for transmission illustrated in FIG. 4 includes a weather map image A displaying an atmospheric pressure arrangement at 9 pm and a character image a1 indicating the appearance date and time, and a virtual analog display clock 9. The hour hand 9a and the minute hand 9b are combined with the mark image B displaying the time mark 3 at a position corresponding to the position pointed to by the hour hand 9a when the hour hand 9b points to 9:00 pm. It is created corresponding to the appearance time of hour 0 minutes.

In the present embodiment, the time mark 3 is displayed only at the position pointed to by the virtual hour hand 9a, so that the appearance time can be simply displayed in units of one hour.
Compared to the case where the time mark 3 is displayed at the position pointed by each of the virtual hour hand 9a and the minute hand 9b, the time mark 3 is obstructive when viewing the weather map image A displayed on the display screen 1a. Hard to become.

  In the present embodiment, although not shown, a transmission image server for storing the transmission image C (C1, C2, C3, C4) created by the image creation unit 5 is provided, and the transmission image server receives the transmission image server as necessary. A plurality of transmission images C (C1, C2, C3, C4) acquired in this way may be transmitted to the television receiver 1 in the order of appearance time of the atmospheric pressure arrangement.

In this embodiment, in addition to the time mark 3 indicating the appearance time of the atmospheric pressure arrangement, a character image a1 indicating the appearance date and time of the atmospheric pressure arrangement is displayed in the weather map image A. Such a character image a1 is displayed. May be omitted.
2 and 4, the virtual analog display timepiece 9 is indicated by a virtual line for convenience of explanation, and is not displayed on the weather map image A or the display screen 1 a of the television receiver 1.

FIG. 5 shows [Embodiment 2] of the present invention.
In this embodiment, a time character (hour mark) 3d is provided at the periphery of an area corresponding to the image area a2 of the weather map image A (display area 1b of the display screen 1a) regarded as a dial of the virtual analog display timepiece 9. A transmission image C is created using the displayed mark image B.

Therefore, by transmitting the transmission image C in the order of appearance time of the atmospheric pressure arrangement, the weather map image A is displayed on the display screen 1a of the television receiver 1 in the order of appearance time, and the image area a2 (display area 1b) is displayed. Since the time mark 3 and the time character 3d are displayed in the peripheral portion, it is easy to accurately detect the appearance time.
Other configurations are the same as those of the first embodiment.

FIG. 6 shows [Embodiment 3] of the present invention.
In the present embodiment, a virtual position in which the entire image area a2 of the weather map image A (display area 1b of the display screen 1a) is a position in the display area 1b of the display screen 1a of the television receiver 1 is regarded as a dial. When the hour hand 9a and the minute hand 9b of the analog display timepiece 9 indicate the time of appearance, the time mark 3 (3a, 3b) is displayed at each position indicated by the hour hand 9a and the minute hand 9b. 2 shows a transmission image C transmitted to the television receiver 1.

In the weather map image A stored in the weather map image server 5a, for example, an atmospheric pressure arrangement appearing at each of the appearance times set every time 10 minutes have passed since the start of the specific time of 09:00 pm. Is displayed as an image.
In the mark image B stored in the mark image server 5b, a time mark 3 (3a, 3b) indicating an appearance time every 10 minutes after 0:00 am is displayed.

  The time mark 3 includes a thick and short bar-shaped hour hand mark 3a displayed at the position pointed to by the virtual hour hand 9a and a bar-shaped minute hand that is narrower and longer than the hour hand mark 3a displayed at the position pointed to by the virtual minute hand 9b. It is displayed in combination with the landmark 3b.

  Then, the weather map image A and the mark image B displaying the time mark 3 (3a, 3b) corresponding to the appearance time of the atmospheric pressure arrangement are synthesized, and the hour hand mark 3a and the minute hand mark 3b are displayed in the weather. A transmission image C to be transmitted to the television receiver 1 is created so as to be displayed so as to be superimposed on the periphery of the image area a2 of the graphic image A.

The image C for transmission illustrated in FIG. 6 includes a weather chart image A in which an atmospheric pressure arrangement is displayed as an image at 9:10 pm, and the hour hand 9 a and the minute hand 9 b of the virtual analog display type clock 9 are 9 pm By synthesizing the mark image B displaying the time mark 3 (3a, 3b) at each of the positions corresponding to the position pointed to by the hour hand 9a and the minute hand 9b when pointing to the hour 10 minutes, It is created corresponding to the appearance time of 9:10 pm.
Other configurations are the same as those of the first embodiment.

FIG. 7 shows [Embodiment 4] of the present invention.
In this embodiment, the image for transmission transmitted to the television receiver 1 so that the long time mark 3 is displayed along the periphery of the image area a2 of the weather map image A (display area 1b of the display screen 1a). C is shown.
The tip 3c of the time mark 3 is displayed at the position pointed to by the hour hand 9a when the hour hand 9a and the minute hand 9b of the virtual analog display timepiece 9 point to the appearance time.

  By transmitting the image C for transmission shown in the present embodiment to the television receiver 1, a long time mark is provided along the peripheral portion of the weather map image A (display screen 1 a) that is not obstructive when viewing the weather map image A. 3 can be displayed prominently, so that it is easy for a person who is looking at the weather map image A to detect the movement of the time mark 3.

  The time mark 3 illustrated in FIG. 7 indicates that the tip portion 3c indicates that the appearance time is 9:00 pm. As the weather chart image A is displayed in the order of appearance time of the atmospheric pressure arrangement, the tip of the tip 3c is displayed. Part 3c moves clockwise.

Although not shown, the weather map image A for displaying the atmospheric pressure arrangement in the order of appearance time in minutes and the mark image B for displaying the time mark 3 indicating the corresponding appearance time are combined to form the time mark 3 A transmission image C in which the tip 3c is displayed at the position indicated by the virtual minute hand 9b may be created, and the appearance time may be indicated in minutes by the position of the tip 3c.
Other configurations are the same as those of the first embodiment.

FIG. 8 shows [Embodiment 5] of the present invention.
For example, the weather map image A in this embodiment has a time zone of 3 hours from the start time to the end time every 3 hours after starting from 0 minutes of a specific time of 0:00 am Is set, and the predicted atmospheric pressure arrangement appearing in each of these time zones and the character image a1 showing the appearance time zones in characters are superimposed on the map and displayed as images.

  The mark image B in the present embodiment corresponds to a position where the hour hand 9a of the virtual analog display timepiece 9 points to the start time of the time zone for every time zone starting from 0:00 am and 3 hours elapses. A continuous white band-shaped time mark 3 is displayed from a position to the position corresponding to the position indicating the end time.

  Then, the weather map image A and the landmark image B corresponding to the appearance time (time zone) of the atmospheric pressure arrangement are synthesized, and the belt-like time landmark 3 is displayed so as to be superimposed on the periphery of the weather diagram image A. In addition, a transmission image C to be transmitted to the television receiver 1 is created.

FIG. 8 shows that when the appearance time is a time zone of 3 hours from 6:00 am to 9:00 am, a virtual time hand 9a has a white belt-shaped time mark 3 in the range in which the time zone moves. The image C for transmission displayed along the peripheral part of the weather map image A is illustrated.
Other configurations are the same as those of the first embodiment.

9 and 10 show [Embodiment 6] of the present invention.
In the weather map image A in this embodiment, as illustrated in FIG. 9, the image area a2 is smaller than the display area 1b of the display screen 1a of the television receiver 1, and the entire image area a2 extends from the periphery of the display area 1b. It is displayed on the inside at intervals.

  As shown in FIG. 10, the mark image B includes the hour hand 9a when the hour hand 9a and the minute hand 9b of the virtual analog display type clock 9 which regards the entire display area 1b of the display screen 1a as a dial point indicates the time of appearance. A time mark 3 is displayed at a position corresponding to the position indicated by 9a and corresponding to the peripheral portion of the display area 1b.

Then, the weather map image A and the landmark image B corresponding to the appearance time of the atmospheric pressure arrangement are synthesized so that the time landmark 3 is displayed at the periphery of the display area 1b and outside the image area a2. A transmission image C to be transmitted to the television receiver 1 is created.
The time mark 3 may be displayed across the periphery of the display area 1b and the periphery of the image area a2.

  Although not shown in the drawings, in this embodiment, while the weather map image A is displayed on a monitor display screen installed in a television studio or the like, the monitor display screen showing the weather map image A is captured by a TV camera. A weather map image A having an image area a2 smaller than the display area 1b of the display screen 1a of the television receiver 1 is created, and the weather map image A and a landmark image B corresponding to the appearance time of the atmospheric pressure arrangement are synthesized. Thus, the transmission image C to be transmitted to the television receiver 1 may be created so that the time mark 3 is displayed in the periphery of the display area 1b.

In this case, the time mark 3 can be clearly displayed in a certain size on the display screen 1a of the television receiver 1 regardless of the size of the monitor display screen displayed on the display screen 1a of the television receiver 1. .
Other configurations are the same as those of the first embodiment.

  Although not shown, in the first to sixth embodiments, the hour hand 9a and the minute hand 9b of the virtual analog display type timepiece 9 may be used as long as the display format does not hinder the visibility of the weather map image A (not impairing the visibility). May be displayed in the image area a2 of the weather map image A or the display area 1b of the display screen 1a.

In this case, even if the hour hand 9a and the minute hand 9b of the displayed virtual analog display timepiece 9 function as another time mark 3 in addition to the bar-shaped time mark 3, it is replaced with the bar-shaped time mark 3. It may function as the time mark 3.
Other configurations are the same as those of the first embodiment.
(Other examples)

1. According to the present invention, a monitor display screen showing a transmission image is displayed on a monitor display screen installed in a television studio or the like while the transmission images shown in any of Examples 1 to 7 are displayed in order of appearance time. You may implement with the form image | photographed with a camera and transmitting the image | photographed image to a terminal device.
2. The present invention may be implemented in such a manner that the time mark is displayed in an image area inside the peripheral part of the phenomenon image.
3. According to the present invention, when a phenomenon image that changes greatly in units of seconds with the passage of time is transmitted, a virtual analog display timepiece having a time mark as an indicator of an hour hand, a minute hand, and a second hand indicates an appearance time. You may implement with the form which transmits a phenomenon image to a terminal device so that it may be displayed on the position which the second hand of the said hour hand points to.
4). In the present invention, the time mark is displayed only at the position indicated by the minute hand when the pointer of the virtual analog display type clock indicates the appearance time, and the value of the time unit indicated by the hour hand is displayed in characters. You may implement with a form.
5. In the present invention, the time mark is displayed only at the position indicated by the second hand when the pointer of the virtual analog display type clock indicates the appearance time, and the value of the time unit indicated by the hour hand and the minute hand are indicated. The unit value may be displayed in characters.
6). In the present invention, as the time mark, the morning time mark indicating the morning time and the afternoon time mark indicating the afternoon time are displayed in different shapes, display colors, display formats, and the like. May be implemented.
7). In the present invention, as a time mark, a daytime time mark indicating a daytime time and a night time mark indicating a nighttime time are displayed in different shapes, display colors, display formats, and the like. May be implemented.
8). The present invention may be implemented in a form in which a phenomenon image is displayed with a change such as blinking a time mark or changing a display color in accordance with the timing at which the phenomenon image is displayed in the order of appearance of the phenomenon.
9. The present invention may be implemented in a form in which the phenomenon image is displayed over the entire display screen of the terminal device or in a form in which the phenomenon image is displayed on a part of the display screen.
When the phenomenon image is displayed on a part of the display screen, the time mark is placed at the position where the pointer of the virtual analog display type clock that regards the entire display area of the display screen as the dial indicates the appearance time. If the phenomenon image is transmitted so as to be displayed, it is easy to clearly display the time mark at a constant size regardless of the size of the phenomenon image displayed on the display screen.
10. The present invention displays a map of natural phenomena related to the weather such as atmospheric pressure arrangement (atmospheric pressure distribution), weather distribution, air temperature distribution, sunshine distribution, precipitation distribution, cloud (rain cloud) distribution and movement, typhoon course prediction, etc. In addition to the phenomenon image, the phenomenon image that displays the natural phenomenon related to the germination, flowering, and growth of plants, or the non-natural phenomenon related to the prediction of traffic congestion in roads and sightseeing spots is displayed on the map. The phenomenon image may be transmitted to the terminal device.
11. The present invention displays an image of a predicted phenomenon that predicts a change in a phenomenon with the passage of time even if it is implemented in a form in which a phenomenon image in which an actual phenomenon including a phenomenon that has appeared in the past is displayed is transmitted to a terminal device. It is also possible to implement a form in which a certain phenomenon image is transmitted to the terminal device.
12 The present invention may be implemented in such a manner that the phenomenon image and the time mark are transmitted to the terminal device so that the phenomenon image and the time mark are displayed on the display screen of the terminal device in the animation moving image format.
13. The present invention may be implemented in a form in which a phenomenon image is transmitted to a terminal device by wire.
14 In the present invention, a phenomenon image is displayed on a display screen of a fixed terminal device such as a portable terminal device such as a mobile phone or a smartphone, a computer device, or a monitor device installed in a television studio. You may implement with the form transmitted to.
15. The present invention is a transmission image transmitted to a terminal device so that the phenomenon image is displayed on the display screen of the terminal device in the order of the appearance time of the phenomenon, and the time mark indicating the appearance time of the phenomenon is displayed on the display screen. Position in the display area that is pointed to when the pointer of the virtual analog display type clock that regards the image area of the phenomenon image or the display area of the display screen as a dial indicates the appearance time The transmission image to be transmitted to the terminal device may be created outside the system so that the created transmission image is taken into the system and transmitted to the terminal device.

A phenomenon image (weather map image)
a2 Image area 1 Terminal device (TV receiver)
1a Display screen
1b Display area 3 Time mark 9 Virtual analog display clock
9a, 9b Guidelines

Claims (2)

An image transmission system that transmits the phenomenon image to the terminal device so that the phenomenon image that displays the phenomenon that changes with the passage of time is displayed in order of appearance of the phenomenon on the display screen of the terminal device. And
A time mark indicating the appearance time of the phenomenon is a position in the display area of the display screen, and the pointer of the virtual analog display type timepiece in which the image area of the phenomenon image or the display area of the display screen is regarded as a dial An image transmission system for transmitting the phenomenon image to the terminal device so that the pointer is displayed at a position indicated by the pointer when the character indicates the appearance time.   The image transmission system according to claim 1, wherein the phenomenon image is transmitted to the terminal device such that the time mark is displayed in a peripheral portion of the image region or a peripheral portion of the display region.

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